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the energy from the sun. sucka!
Mars to the Sun is about 228 million kilometers
One Mars year.
There are two main reasons:Mars is further from the sun than earth, and therefore receives less heat (energy), and;Mars has a much thinner atmosphere than earth, so what little energy it receives is lost again on the night side
Mars is much farther away from the Sun than Earth; the distance of Mars from the Sun is about 228,000,000 km.
Yes, the sunlight received by mars will be less than that received by the Earth, since Mars is further away from our sun. the sun will appear to be much smaller and less energy is received per unit of area. The light level will be dimmer, but you would still be able to see quite well.
the energy from the sun. sucka!
Mars has solar energy arriving from the Sun at about 500 watts/sq. metre (at a theoretical Martian surface, perpendicular to the Sun's rays.) Wind energy is also available but as the atmosphere has a low pressure not much energy is available that way. Also, chemical energy could be extracted from materials on Mars.
Mars to the Sun is about 228 million kilometers
Mars is the closest planet to the sun, and receives the most energy.
One Mars year.
Radiant energy (heat and light).
Radiant energy (heat and light).
energy imported from mars, since it is closer to sun, can get better salor energy stored than from earth. Only problem is the transpotation of energy from mars to earth.
There are two main reasons:Mars is further from the sun than earth, and therefore receives less heat (energy), and;Mars has a much thinner atmosphere than earth, so what little energy it receives is lost again on the night side
If the Earth takes 1 year to orbit the Sun, Mars orbits the Sun in 1,8 years.
Mars is 78.3 million kilometers further away from the Sun than the Earth is.